Provided By
Tecnara Tooling Systems, Inc.

As seen in MMS

Oil Mist Collector Needs No Filter
To cope with the oil mist hazards affecting shop staff, equipment and the environment, Tecnara Tooling Systems’ Aoi MistCapture filterless collector features 98-percent efficiency in the elimination of particles as small as 3-microns.

Rotary Tables For Many Applications
Tecnara Tooling Systems will show a range of Kitagawa rotary tables, including the MR, TX and TT Series, which offer high production capacity and an array of guaranteed accuracies, the company says.

Angle Heads Offer Variety, Reliability
Tecnara will exhibit its MST range of angle heads, consisting of the Modular, Solid and Flange, and Half series, which include heads for 90-degree, 45-degree and invariable-angle applications.

Filterless Oil Mist Collector Eases Maintenance
Tecnara Tooling Systems’ Aoi MistCapture filterless oil mist collector is available in four models for a range of air volumes, velocities and applications, and can be fine-tuned for various settings.

Shavings Compactor Saves Money, Space
Available from Tecnara Tooling, the Yuken Kiriko is a quiet, hydraulic-powered chip compactor that is designed to reduce shavings and chips to as much as 2.5 percent of their original volume.

Versatile Angle Attachments
Tecnara says its precise and durable MST Rite Angle attachments’ compact head design and rugged construction provide heavy-duty cutting and trouble-free operation in a variety of applications. The company’s Half series of tooling systems is designed to enable shops to accept a greater range of advanced projects at a lesser cost.

Managers Make Clean Air Top Priority
These shops have made maintaining a clean shopfloor environment a top priority. With Reven Recojet-1 mist separators from Tecnara Tooling Systems, they have been able to do just that with virtually no investment in floor space or time-consuming maintenance.

The Value Of Daily CMM Capability Checks
Coordinate measuring machines are not infallible. A variety of factors can adversely affect their measuring accuracy, including a crash, large temperature fluctuations, a malfunctioning probe head, use of an uncalibrated probe - even a person leaning on the machine gantry might be enough to take it out of square. If the CMM's true capability is verified only once a year via laser or another calibration method, then it's possible that the CMM might be inaccurately measuring parts for an extended period of time, unbeknownst to the operator. The question remains - did a workpiece fail inspection because of an imprecise manufacturing process or an inaccurate CMM?